|Power Supply 24V/40W for ToF|
|Accessory Type||Power Supplies|
Our video will show you the benefits of the Basler ToF Camera as well as the camera's key features and its most suitable applications.Watch the video now
The Basler Time-of-Flight (ToF) Camera is an industrial 3D camera operating on the pulsed Time-of-Flight principle. It is equipped with eight high-power LEDs working in the NIR range (850nm), and generates 2D and 3D data in one shot with a multipart image, comprised of range, intensity and confidence maps. The Basler ToF Camera stands out in particular for its combination of high resolution (VGA) and powerful features at a very attractive price. This outstanding price/performance ratio puts the Basler ToF camera in a unique position on the market and distinguishes it significantly from competitors' cameras.
Our camera is suitable for a variety of applications, including robotics, industrial automation, logistics and medical & life sciences, as well as in many areas of the "Smart Factory."
|Camera model||Resolution (H x V)||Resolution||Frame Rate||Mono/ Color||Interface||Working Range||Availability i|
|tof640-20gm_850nm||640 px x 480 px||VGA||20 fps||Mono||GigE||0 m - 13 m||
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Our extensive line of accessories for the Basler ToF Camera also encompasses power supply cables and power supply units. Each component has been extensively tested for compatibility with your Basler ToF Camera.
We offer various data and Power I/O cables for Basler ToF Cameras. The Power I/O cables are part of the Basler Original Equipment family and have been designed for perfect harmonization with Basler cameras. We have also tested the data cables extensively for compatibility with the Basler ToF Camera. We carefully preselect and review our suppliers to ensure long-term availability of these high-quality cables.
The category “Manuals” contains User’s Manuals and Installation Guides for your camera. These documents provide detailed information about proper installation and use of your Basler camera.All Manuals - Basler Time-of-Flight
Basler White Papers provide a comprehensive overview of the fundamental theory of industrial image processing. The authors are all experts in their respective fields and go into detail on relevant thematic points of interest to novices and experienced users alike.All White Papers - Basler Time-of-Flight
Basler Success Stories describe a broad diversity of applications and potential uses for Basler camera models on a variety of markets. They explain the requirements Basler’s customers had to face while designing their image processing system and how Basler cameras successfully contributed to resolving the problem.All Success Stories - Basler Time-of-Flight
Application Notes provide information beyond the scope of the user’s manuals related to working with Basler cameras, components and software. They typically contain detailed instructions on optimizing your camera or configuring the software.All Application Notes - Basler Time-of-Flight
CAD (Computer-Aided Design) drawings for the Basler Time-of-Flight contain technical drawing of the camera in 2D and a volume model in 3D.All CAD / Technical Drawings - Basler Time-of-Flight
Basler product brochures provide an overview of the many benefits offered by Basler ToF cameras. They describe technical characteristics and camera features and offer detailed information about the technical specifications.All Brochures - Basler Time-of-Flight
Release Notes are part of the documentation for the Basler pylon Camera Software Suite and contain not just release data and software version information, but also notes on improvements, known bugs and changes.All Release Notes - Basler Time-of-Flight
Certificates such as the Declaration of EC Conformity, the ISO 9001 Certificate and the KCC Certificate document that Basler products conform to the respective standards and guidelines.All Certificates - Basler Time-of-Flight
Our ToF software contains the GigE Vision driver and the Basler ToF Viewer for configuring the camera. The software is available for Windows and x86-based Linux systems and draws on the GenICam standard to allow camera access via the standardized GenTL interface. An extensive collection of C++ and C# sample code provides hands-on examples of how to integrate the camera into your application.